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MEG (Motionless Electromagnetic Generator)

by Tom Bearden, Stephen Patrick, James Hayes, Kenneth Moore, James Kenny · USA

Claimed COP
1.76 (Naudin) to 7.3+ (Bearden)
Replications
20+
Patents
1
Community Score
0
⚠️

Safety & Liability Disclaimer

Replicating alternative electromagnetism or mechanical resonance systems carries extreme physical hazards including lethal voltage shock, explosive gas ignition, mechanical shrapnel, and chemical toxicity. All contents, schematics, and guidelines on this page are provided strictly for educational and historical research.

By viewing or constructing any design herein, you agree to assume 100% of all risks and to indemnify and hold harmless the site owners, authors, and contributors. Read our complete, legally binding Safety & Liability Disclaimer.

Overview

A permanent magnet and multi-path ferromagnetic core with input and output coils. By alternately pulsing the input coils, the permanent magnet's flux is redirected through different paths in the core, inducing current in the output coils. Claims to tap zero-point/vacuum energy. No moving parts.

⚖️ What Would Convince Us?

To validate the anomalies claimed for this device under mainstream scientific parameters, builders and inventors must document and present evidence satisfying the following criteria:

Criterion #1

Closed-loop operational testing proving net-positive work output

Criterion #2

Calibrated calorimetry auditing tracking total heat dissipation

Criterion #3

Independent replication by an unaffiliated research laboratory

NSInput Coil 1Input Coil 2Output Coil 1Output Coil 2Permanent MagnetBearden MEG CoreOVERUNITY DIAGRAMS // SOLID_STATE_FLUX_STEER
⚡ Animated Schematic

Investigation & Credibility Metrics

Source Credibility
Unclear Source

Sources are not verified or currently undergoing archive indexing.

Technical Review
Claim Unverified

Claimed overunity/propulsion has not been verified in a control lab.

Replication Tracker
None Known

No third-party replication attempts have been documented.

Measurement Protocol
Unclear Measurement

No measurement details or instrumentation list were provided.

Commercial Activity
No Commercial Activity

This device is purely open-source or historical; no active sales.

How It Works

A permanent magnet creates a static flux field through a toroidal or multi-path core. Input coils momentarily divert this flux from one path to another. As the flux switches paths, it passes through output coils and induces EMF. The input energy only needs to 'switch' the path, not create the flux — the permanent magnet provides the primary flux for free.

History & Background

One of the only 'free energy' devices with a GRANTED US patent (US 6,362,718, March 2002). Jean-Louis Naudin at JLN Labs published extensive replication documentation and reported COP ~1.76 in certain configurations. Despite the patent and multiple claims, no commercial unit was ever produced.

Community Status

The granted US patent provides legitimacy and detailed engineering specs. Naudin's open-source replication docs are excellent starting points. Critics point to measurement methodology flaws and note the patent doesn't validate the physics claims.

🔧 Build Guides

⚠️ CRITICAL SAFETY WARNING

DANGER: LETHAL VOLTAGE, EXPLOSIVE GASES, AND HIGH-VELOCITY PROJECTILES.

This document is a historical archive of unverified claims, NOT a set of instructions. Enmagx and its creators take zero responsibility for injury, death, or property damage resulting from attempting to replicate these theoretical devices.

Proceed for historical research purposes only. Do not attempt to build without professional engineering supervision.

📺 Video & External References

📖 Patrick Kelly Guide: Technical Assessment

Chapter 3 REFERENCE
An advanced solid-state system with a granted US Patent. Requires precise magnetic gap calibration and high-quality core material.
— Patrick Kelly, Chapter 3
MEG (Motionless Electromagnetic Generator) Schematic DiagramFigure: MEG (Motionless Electromagnetic Generator) schematic layout from Patrick Kelly\'s Guide
### Motionless Flux Steering The MEG redirects magnetic flux from a permanent magnet through alternate paths in a multi-path core using small, pulsed control coils. This induces high voltages in output coils wound on each side of the core. Because there are no moving parts, mechanical losses are zero. ### Design Elements * **Toroid Core**: Made from high-permeability Vitroperm 500F nanocrystalline material, cut with small gaps. * **Permanent Magnet**: A strong neodymium magnet is placed in the center gap to establish a constant magnetic flux loop. * **Control Winding**: Low-inductance coils wound on the core legs. Pulsed alternately, they temporarily saturate the core path, forcing the magnet's flux into the opposite path. * **Output Winding**: High-turn coils wound over the core legs to collect the moving flux lines.
Sourced from A Practical Guide to Free-Energy Devices · Personal Study Only

⚠️ Unverified or Disputed Media Archive

The following media assets associated with this device have low verification confidence, lack clear copyright licensing, are AI-generated, or are contextually disputed.

MEG (Motionless Electromagnetic Generator)🤖 AI GENERATED

Historical rendering of the meg.

Reported Source: Local Generated Media Archive

License: FAIR_USE (COMMENTARY_ONLY)

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🔧 Key Components

  • Nanocrystalline or grain-oriented silicon steel core (multi-path)
  • Strong permanent magnet(s)
  • Input coils (low inductance switching)
  • Output coils (power extraction)
  • MOSFET switching circuit
  • Timing/oscillator circuit
  • Measurement equipment

📄 Patents

⚠️ Patent Disclosure Disclaimer: A patent is evidence of technical disclosure, not validation of a device's functionality, efficiency, or operational overunity.

Categories

🛠️ Construction Manual

A complete, step-by-step replication manual is available for this device. Sourced from public archives.

📥 Download Full Manual (PDF)

🏛️ Historical Forum Archive

Preserved threads from the legacy Overunity.com community relating to this device:

📖 Patrick Kelly Guide

The complete chapter reference text and schematic diagram are embedded directly in the main section of this page.

Author: Patrick KellyChapter 3
📖 Read Chapter Excerpt (PDF)